The goal of the Thesis is the designing of an efficient CO2 supply system for microalgae growth in microphotobioreactors (micro-PBR).The first objective is achieved studying the CO2 as a limiting factor for the microalgae growth in a micro-PBR. The second objective is to develop a new micro-PBR through which study the influence of different culture medium and different light intensities on the microalgae growth. The effects of culture medium loaded with CO2 on microalgae growth are assessed
Microalgae invite the attention of scientists due to their unique properties, including their quick ...
<p>Mikroalga memiliki potensi dalam membiofiksasi CO<sub>2</sub> dan dapat dimanfaatkan untuk mengur...
Integration of CO2 mitigation with nutrient removal from different wastewater sources can be realize...
ABSTRACTThe fixation of carbon dioxide (CO2) by microalgae is seen as an economical and environmenta...
Microalgae is being considered for the capture and sequestration of CO{sub 2} from power-plant flue-...
International audienceThe microalgae biotechnology is a very promising solution for environmental ap...
International audienceConsidering the increasing impact of the environmental concerns in the current...
Recently microalgae cultivation has been intensively investigated as a sustainable and eco-friendly ...
International audienceDue to the consequences of globa l warming and significant greenhouse gas emis...
Cultivation of microalgae in the photobioreactor at the optimum growth needs many considerations to ...
The loss of carbon dioxide (CO2) to the environmentduring microalgae cultivation is undesirable for ...
Microalgae-based biorefinery processes are gaining particular importance as a biotechnological tool ...
A) Integrated process of CO2 mitigation and wastewater treatment using microalgae on pilot scale to ...
Faced with the growing awareness of environmental issues, the research turns to the development of b...
228-232The objective of present study was to cultivate the mixed culture of microalgae in airlift ...
Microalgae invite the attention of scientists due to their unique properties, including their quick ...
<p>Mikroalga memiliki potensi dalam membiofiksasi CO<sub>2</sub> dan dapat dimanfaatkan untuk mengur...
Integration of CO2 mitigation with nutrient removal from different wastewater sources can be realize...
ABSTRACTThe fixation of carbon dioxide (CO2) by microalgae is seen as an economical and environmenta...
Microalgae is being considered for the capture and sequestration of CO{sub 2} from power-plant flue-...
International audienceThe microalgae biotechnology is a very promising solution for environmental ap...
International audienceConsidering the increasing impact of the environmental concerns in the current...
Recently microalgae cultivation has been intensively investigated as a sustainable and eco-friendly ...
International audienceDue to the consequences of globa l warming and significant greenhouse gas emis...
Cultivation of microalgae in the photobioreactor at the optimum growth needs many considerations to ...
The loss of carbon dioxide (CO2) to the environmentduring microalgae cultivation is undesirable for ...
Microalgae-based biorefinery processes are gaining particular importance as a biotechnological tool ...
A) Integrated process of CO2 mitigation and wastewater treatment using microalgae on pilot scale to ...
Faced with the growing awareness of environmental issues, the research turns to the development of b...
228-232The objective of present study was to cultivate the mixed culture of microalgae in airlift ...
Microalgae invite the attention of scientists due to their unique properties, including their quick ...
<p>Mikroalga memiliki potensi dalam membiofiksasi CO<sub>2</sub> dan dapat dimanfaatkan untuk mengur...
Integration of CO2 mitigation with nutrient removal from different wastewater sources can be realize...